The LCM of and b does not equal the LCM of a and b - a.
It implies b is a factor of a.
A*B=B*A is an example of the commutative property of multiplication.
Yes: product of a & b = LCM x HCF so b = (LCM x HCF)/a
LCM(a2b5, a3b3) The LCM of both numbers HAS to have the largest coefficient of both variables. For a, it's a3, and for b it is b5. So the LCM is a3b5.
I would say that the answer is 23. a=23b=34c=12 a=12 so b=12/23 = 0.52173913 so a/b =12/(12/23) =23
The LCM of 4n and 6n is 12n.
BS
It implies b is a factor of a.
A*B=B*A is an example of the commutative property of multiplication.
If ba = 2a + b , then find 23 + 32 +1
A = 1, B = 9
The transitive property of equality says that if a=b, then b=c.If a=b and b=c, then a=cTo Prove:Using the equation:a=bsubstituting the value of b in terms of c:which is: b=ctherefore:a=ba=(c)a=c
If a is divisible by b, then LCM of a and b is a.Here 12 is divisible by 2. So, LCM of 2 and 12 is 12.
With the information given in the question, we can't find the value of either 'a' or 'b' yet, because there's really only one equation given so far. The statement "ab = ba" is an "identity", not an equation. It's simply a statement of the commutative property of multiplication, and it's true for all values of 'a' and/or 'b'. There's no information in it.
For any two numbers a and b if a is divisible by b then LCM(a,b) is a.48 is divisible by 6, so LCM(48,6) is 48.
The GCF of ba and b is b. That factors to b(a - 1)
ab = 8-cDivide both sides by ba = (8-c)/b